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Software Development Engineer (SDE) Training by Mr. Vimal Daga

Linux Admin Training (RHCSA_v9)

Session 1 - Introduction of Linux |Operating System |CPU/RAM/Hardware|Linux distributor |RHEL9|Install RHEL9|Way to install OS|Bare metal |Virtualization |Cloud computing |Container technology |Hypervisor |Install Oracle VM|Rhel Image|ISO Image |Install RHel in VM |Root account |GUI & CLI & WebUI (120:13)
Summary - Session 1
Session 2 - GUI & CLI |Firefox Command |Crtl + c|Which Command |Gedit |Firefox code|Open Source Code |Gnome ScreenShot|foreground |Jobs command |Ping command |RAM File |Ctrl + z|Free command |History Command |Ctrl + l|Ctrl + s|Ctrl + q|Mkdir |Persistent Storage |ls & cd & Cat |Use of touch command (94:10)
Summary - Session 2
Session 5 - Text Editor |Vim Editor |Insert mode|Command mode |Vi command |User management |Permissions |Authentication |IAM concept |Create User |useradd command |passwd file |shadow file |Set password |Remove password |User ID |Admin user |General user |System user |Root password | Finger database (105:11)
Summary Session 5
Session 7 - Home directory |Passwd file|Getent|Ldap concept |Shell|bash shell|Bash command |Interactive and Non-interactive user |No login |Path concept |UID|Authentication |Switch user |Usermod|Shadow file|Recursive directory concept |Remove file |Secure file |Last Command |Log file |Pam concept (85:41)
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Python Training

Python Bootcamp - Session 1: CPU Performance | Polyglot Programming | Installing Anaconda | REPL | Statements | RAM | OS | Interpreters | Kernel | Variables | Data Types | Integers | Boolean | Float | Strings | f-String | Arrays | Tuples | CRUD | Lists | Operators | Loops (463:00)
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OOPs (Object-Oriented Programming) concepts Session By Mr. Vimal Daga

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Data Structure & Algorithms (DSA) with Mr. Vimal Daga

Session 1 - Concurrent users | Traffic patterns | Scalability | Server limits | Automation | System design | Tsunami effect | Infra mgmt | Problem-solving | Performance optimization | Full-stack dev | DevOps | SRE | ML | MLOps | GenAIOps | DevSecOps | Efficiency | Resource & time optimization | (118:53)
Summary Session 1
Session 2 - Data structures | Algorithms | Optimization | Profit | Resource mgmt | Time complexity | Big O | Algorithmic thinking | Pseudo code | Programming | Worst-case | Constant time | Problem-solving | Efficiency | Scalability | Performance | Cost reduction | Automation | System design (134:23)
Summary Session 2
Session 3 - Problem-solving | Algorithm | Runtime | RAM | CPU | Servers | Optimization | Space Complexity | Time Complexity | Efficiency | Cost | Performance | Execution | Process | Resources | Function | Analysis | Solid Principle | Modularity | Compute Device (125:10)
Summary Session 3
Session 4 - Algorithms & Functions | Time Complexity (Big O) | Loops in Python (Iteration & Recursion) | Using range() in for loops | Efficient Programming | Constant Time O(1) | Variable Time O(n) | Resource Planning (Hotstar Example) | Time Complexities (O(1), O(n), O(n²)) | Problem-Solving (140:34)
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Session 5 - Natural Number Sum | Real-world Problem Mapping | Identifying Patterns | Loop Implementation | Pseudocode Writing | Variable Naming | Time Complexity (Big O) | Function Optimization | Jupyter Magic Commands | Arithmetic Progression Formula (116:13)
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Session 6 - Algorithmic Thinking | Iteration vs. Recursion | Function Design & Modularity | Direct & Indirect Recursion | Base Conditions in Recursive Functions (111:46)
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Specialization in DevOps

Session 1 - Virtualization Basics | Deployment | Accessibility | CPU | RAM | OS | Hard disk | Hardware control | Startup program | Cost-saving | Resource optimization | Hypervisor | Multi-OS | Virtual machines | VMware | Efficiency | Time reduction | Performance | Bare metal comparison (130:25)
Summary Session 1
Session 2 - Introduction to DevOps | App development | Testing | Feedback loop | Server setup | Tool installation | Environment termination | DevOps mindset | Optimization | Containerization | Docker Engine | Docker Hub | Multi-OS support | Deployment | Cost-saving | Productivity | Cloud computing (169:26)
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Session 3 - Intro to Containerization | Docker Installation | Docker Images | Launching Containers | Container Management | Networking | App Deployment | Manual Configuration | File Transfer | App Access | Automation | DevOps Principles | Docker Engine | Docker Hub | Multi-OS Support (136:16)
Summary Session 3
Session 4 - Containers from images | Configuring OS | Manual vs automated setup | Imperative vs declarative automation | Prebaked images | Scaling in containers | Custom image creation | Docker commit vs Dockerfile | Dockerfile keywords (FROM, RUN, COPY, CMD) | Building & running Docker containers (149:54)
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Session 5 - Dockerfile | Build Time & Run Time | CMD vs ENTRYPOINT | Docker Build & Run | Docker History | Stopped Containers | Command Overwriting | Container Lifecycle | Argument Passing | Bulk Container Deletion (111:24)
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Session 6 - Docker Image Downloading & Usage | Running & Managing Containers | Setting Up MySQL in Docker | Environment Variables in Containers | Image Tagging & Versioning | Container Networking & Connectivity (115:35)
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Session 7 - Containers | Networking | Automation | Configuration | Scaling | Deployment | Dockerfiles (153:48)
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Session 8 - Container Image Size Optimization | Using Lightweight Images | Docker Buildkit vs Legacy Builder | Layering in Docker Images | Removing Unnecessary Metadata | Parallel Execution in Buildkit | Combining Commands Efficiently | Time & Resource Optimization (113:06)
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Docker Interview Question

Docker Interview Question Set - 1

Docker Certified Associate (DCA) Extra Sessions

Session 7 - Running Container in Detached Mode | Docker Compose | Docker Engine | YAML Language | Multicontainer (129:33)
Session 7 - Summary
Session 8 - Network Infrastructure | Docker Compose | Multi container Concepts (119:15)
Session 8 - Summary
Session 12 - Integrating docker file and docker-compose | Tomcat Server | Docker attach Command | Bash Program |ROOT Directory | Docker-compose build | Patting in docker-compose | ADD Keyword in Docker File | Copy & Extracting Files | Expose Ports & Keywords in docker file | ENV Keyword (116:41)
Session 12 - Summary
Session 13 - PID | Why Docker is Superfast? | Need of OS | Process | Nested Process | Pgrep Command | /proc directory | Bash Shell | Kernel | Cgroup (98:19)
Session 13 - Summary

Full Stack Development Training By Mr. Vimal Daga

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Summary Session 3

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